The Miceoscope. 371 



fibers remained small; hence concludes that they are developing 

 fibers which have not yet reached from tendon to tendon, p. 179. 

 (Sec. 5.) 



27. Mouget, C. — Terminaison des nerfs moteurs dans les 

 muscles chez les reptiles, les oiseaux et les mammifers. J. de la 

 physiol. de 1' homme, Par. T. V, 1862, pp. 574-593, 2 pi. Repre- 

 sents the outline of fibers by a wavy line, in reptiles, birds, rabbit, 

 cat and man. (Sec. 13.) 



28. Tergast, P. — Ueber das Verhaltniss von Nerve und 

 Muskel, Arch, flir mikr. Anat. Bd. IX, 1873, pp. 36-46, 1 pi. 

 Figures striated branches and anastomoses of fibers in the ocular 

 muscles of the sheep, which closely resemble the drawings of mouse 

 muscle accompanying this article. (Sec. 7, 12.) 



29. Thanhoffer, L. v. — Beitriige zur Histologie und Nerven- 

 endigung der quergestreiften Muskelfasern. Arch, f iir miki'. Anat. 

 Bd. XXT, 1882, pp. 26-44, 2 pi. Says sarcolemma has two layers, 

 the outer with few nuclei unites with the tendon, the inner has 

 many nuclei and contains Krause's lines; the numerous nuclei at 

 the end of a fiber are simply indications of lymph spaces, p. 42. 

 (Sec. 13, 14). 



30. Thin, G. — A contribution to the anatomy of connective 

 tissue, nerve and muscle, with special reference to their connection 

 with the lymphatic system. Proc. Roy. Soc, Lond., 1874, pp. 515- 

 531, 3 pi. Figures lymphatics of mouse muscle, and thinks the 

 nuclei of the sarcolemma belong to the lymphatic system. (Sec. 14). 



31. Verson, E. — Zur Insertionweise der Muskelfasern. Sit- 

 zungsb. d. k. Akad. d. Wissench., Math-naturw, CI., Wien, Bd. 

 LVII, 1868, pp. 63-66, 1 pi. Shows sarcolemma going over into 

 tendon. (Sec. 13). 



32. Weber, E. H. — Funke's Lehrbuch der Physiologie, Bd. 

 I, 1858, p. 649. Says muscle fibers may be pointed, rounded or 

 divided at both ends. (Sec. 7, 8). 



33. Weismann, A. — Musculatur des Herzens. Arch. f. Anat. 

 Physiol, u. wissench. Med., 1861, pp. 41-63. 3 pi. Believes 

 difference in form of fibers does not affect the function nor quick- 

 ness of action, in the heart the form being that which gives greatest 

 strength; gives a series of figures showing heart muscle in different 

 animals and in different stages of development. (See Conclusions). 



34. Zur Histologie der Muskeln. Ztschr. f. rat. 



Med. Bd. XXIII, 1865, pp. 26-45. Says he first used caustic 

 potash to demonstrate the sarcolemma around the tendinous end 

 of a fiber. (Sec. 13). 



